On-device intelligence · in-ear

The earbud that remembers. Privately.

AURIC carries a personal AI memory that lives entirely in the bud — not the cloud. Your raw voice never crosses the chip. It just stays yours, and recalls what matters the moment a call begins.

Hardware-enforced privacy· On-device event-graph memory· Bone-conduction recall· Continuous on-ear authentication· Reality-check watchdog· Vishing detection· Hardware-enforced privacy· On-device event-graph memory· Bone-conduction recall· Continuous on-ear authentication· Reality-check watchdog· Vishing detection·
The shift

Today's assistants forget you
and ship your voice elsewhere.

AURIC inverts the model. Inference, memory, and identity all stay inside the bud — built into silicon, not promised in a policy.

Conventional earbuds

Raw audio streamed to a phone, then the cloud
No memory between sessions — context resets
Privacy is a setting that software can break
Latency that breaks the rhythm of a conversation
Trusts whoever happens to be wearing it

AURIC

Raw acoustic data never leaves the sensor pipeline
A persistent memory graph grows on the device itself
Privacy enforced by a hardware boundary, not policy
Recall delivered in milliwatts, in real time
Continuously verifies it's still you wearing it
00 — ONE TRANSDUCER, TWO JOBS

One element. It speaks, and it listens.

AURIC's bone-conduction transducer renders audio to you — and, run in reverse, reads the vocal characteristics of whoever is wearing it. A single component does private playback and continuous on-ear authentication at the same time.

That one element is what makes the memory truly yours: recall is voiceprint-keyed, so it knows it's really you on your ears — while a milliwatt accelerator handles the lookup and an independent watchdog checks every audible answer before it plays. The people you talk to are remembered by voice, never by name.

BONE-CONDUCTION · IN & OUT CONTINUOUS ON-EAR AUTH VOICEPRINT-KEYED RECALL
ONE ELEMENT PLAY audio out VOICE reverse: capture
01 — THE PRIVACY BOUNDARY

Your raw voice stops at the silicon.

A sensor-side extraction circuit turns sound into compact voice-biometric identifiers before anything crosses a hardware-enforced boundary. The original acoustic waveform is never written to memory the host processor can read, never sent to a phone, never reachable by an app.

Counterparties are remembered by a derived voice signature — not by a name, number, or account. There is no raw recording to leak, because one never exists outside the gate.

SENSOR-SIDE EXTRACTION NO RAW EGRESS GDPR BIOMETRIC CLASS
RAW AUDIO HW BOUNDARY ID ONLY
w 0.92 w 0.74 w 0.61 TYPED EVENT-GRAPH · GROW / DECAY / REINFORCE
02 — PERSISTENT MEMORY

A memory you can read, edit, and erase.

Instead of an opaque model, AURIC keeps a typed event-graph: nodes for moments and people, joined by weighted associative links that grow, decay, and reinforce on their own — no retraining, ever.

Because it's a graph and not a black box, every recall is traceable. Export it, inspect it on a larger screen, prune what you don't want, and re-import. Memory you actually govern.

DECAY-ADJUSTED LINKS NO RETRAINING EXPORT & RE-IMPORT RIGHT TO ERASURE
03 — MILLIWATT RECALL

A dedicated chip just for remembering.

Graph traversal isn't matrix math, so AURIC doesn't fake it on a general processor that would drain the battery in minutes. A separate accelerator co-processor walks the memory graph with purpose-built sparse-fetch, link-weight, and decay circuitry.

The result: real-time recall inside a single-digit-milliwatt budget — quiet enough to wear, and reason with, all day.

SPARSE-GRAPH FETCH ALL-DAY WEAR SUB-CONVERSATIONAL LATENCY
GTA co-processor ~ SINGLE-DIGIT mW
Trust, by construction

Three guards between
the model and your ear.

An assistant whispering into your ear during a call of consequence has to be right, has to be yours, and has to be checked. AURIC builds all three into hardware.

GUARD · 01

On-ear authentication

Ear-canal acoustics, a bone-conduction reading of your own voice, and an inertial signature continuously confirm the authorized wearer — not just at pairing, but every moment of wear. Set the bud down and your memory locks.

CONTINUOUS · BIOMETRIC
GUARD · 02

Reality-check watchdog

An independent circuit validates every candidate output against live sensor data before it's allowed to sound. If the model drifts or hallucinates, the watchdog refuses to authorize the audio. Nothing reaches your ear unchecked.

INDEPENDENT VERIFY
GUARD · 03

Vishing & impersonation alerts

Across your trusted federation of devices, AURIC spots the fingerprints of social engineering — shifting claimed identities, inconsistent pretexts, probing for sensitive categories — and warns you before you accept the call.

FEDERATED DETECTION
GUARD · 04

Audio & haptic attestation

No screen, no problem. Approve a memory, edit a node, or grant an agent access through spoken confirmation, a tap, and a verifying buzz — replay-resistant flows designed for a display-less device.

DISPLAY-LESS CONSENT
04 — FEDERATION

One memory, every device.
Still nothing raw on the wire.

Pair AURIC with your AI companion, glasses, watch, phone, or desktop and they share a single living memory. What travels between them are update signals — shifts in link weights and confidence — never the raw audio or original sources.

Delete once, everywhere. Erasure propagates through tombstone records so a removal on any device clears the memory coherently across all of them.

UPDATE SIGNALS ONLY TOMBSTONE ERASURE CROSS-DEVICE RECALL
EAR glasses watch phone desktop
Where it earns its keep

Built for contexts
where memory matters most.

The same architecture configures for places that demand provable privacy and dependable recall.

CONTEXT · ACCESSIBILITY

Names, places, and threads

For cognitive impairment or memory loss, AURIC quietly supplies the person you're speaking with, where you are, and what was said before — with on-ear authentication ensuring it only ever helps the right wearer.

ASSISTIVE
CONTEXT · CLINICAL

Clinician assistance, HIPAA-grade

Patients are keyed by voice-biometric identifiers rather than directly-identifying attributes, with privacy structurally enforced by the hardware boundary — not by a downstream data agreement.

STRUCTURAL HIPAA
CONTEXT · ENTERPRISE

Org-wide call intelligence

Within an organization's federation graph, employees get cross-recipient call assistance plus shared vishing and impersonation detection — context that compounds across the team, never the raw calls.

FEDERATED ORG
CONTEXT · REGULATED

Audit-defensible by design

For legal, financial, and government work: structurally enforced consent verification, jurisdictional gating, and memory-governance flows that hold up to an audit.

CONSENT · JURISDICTION
Inside the bud

Specification

FORM FACTORIn-ear true-wireless · also behind-the-ear & hearing-aid bodies
MICROPHONESPrimary + beamforming array
TRANSDUCERBone-conduction · render + reverse voice capture
BIOMETRIC SENSOREar-canal geometry · acoustic response · PPG · bioimpedance
MOTIONInertial measurement unit (IMU)
PRIVACYHardware-enforced sensor-side boundary · no raw egress
MEMORYPersistent typed event-graph · on-device
RECALL ENGINEDedicated graph-traversal accelerator co-processor
SAFETYIndependent reality-check watchdog circuit
AUTHENTICATIONContinuous on-ear · multi-signal
INPUTCapacitive touch surface · haptic actuator
CONNECTIVITYWireless transceiver · federated peer devices
Limited first run

Memory that's
yours alone.

Reserve a pair of AURIC and be first to wear an assistant that remembers — without ever giving your voice away.

Reserve — $0 today Read the spec sheet